Abstract:
This research aims to develop nanolearning innovation and examine the effects of utilizing nanolearning innovation in the creation of art projects for elementary school students. The study involves both research and development, divided into two phases. Phase 1: Gathering information from relevant documents and research, conducting interviews with 15 experts, including: 5 experts in the development of nanolearning innovation. 5 experts in elementary school art education. 5 experts in using environmentally friendly materials for art activities. Research tools include expert interviews. Phase 2: Implementing the nanolearning innovation with a sample group of 31 first to third-grade students from Wat Nong Mueang Mai School, Chonburi Province. Research tools include nanolearning innovation, activity plans, short art clips, student satisfaction assessment forms, student behavior observation forms, and group conversation recording forms. Quantitative data analysis involves calculating averages and percentages, while qualitative data is analyzed through content analysis. The research findings indicate that the development of nano-learning innovation to promote environmental appreciation in art creation for elementary school students is based on the following principles: Nano Learning (Nano Learning): This involves small-scale learning that takes a short time, approximately 3-5 minutes, to enhance interest and focus in the learning process. Blended Learning: This combines physical and online activities and experiences to create flexibility in learning for students. Stimulating Learning through Online Media: Utilizing online social media spaces as a medium for learning to foster social connections in the learning process. Linking Materials from the Environment to Artistic Creation: Using materials from the environment to create and appreciate artworks. The assessment of satisfaction and environmental values among elementary school students reveals two main aspects: Innovation in Nano Learning: Students express high satisfaction (M=2.58). The top three aspects with the highest satisfaction levels are "I want to learn more with art clips" (M=2.84), "Art clips are interesting" (M=2.68), and "Art clips with clear visuals, sound, and text" (M=2.68). Environmental Appreciation: Students exhibit high satisfaction (M=2.77). The top three aspects with the highest satisfaction levels are "I feel that natural and recycled materials are beneficial" (M=2.87), "Creating art from natural and recycled materials makes me happy" (M=2.77), and "I enjoy creating art with natural and recycled materials" (M=2.77). Additionally, "I reuse items to reduce waste and make the environment around me more pleasant" (M=2.77). Learning Behavior Observations: Students demonstrate a high level of desirable behavior (M=2.74). The order of desirable behaviors from highest to lowest satisfaction is as follows: "Enthusiasm" (M=2.84), "Pride in one's own work" (M=2.84), "Prudent use of materials" (M=2.74), and "Creative material selection" (M=2.55). Group Interview Results: Students learned about colors, shapes, and art techniques from nature. Their favorite materials include recycled paper, cardboard, leaves, and flowers. Students find joy, happiness, comfort, and novelty in creating art, and they believe that it has a positive impact on the environment. Students have creative ways of repurposing unused items, such as turning them into toys like rockets, dolls, and cars. They also see opportunities to add value to unused items.